Computers

The MDR1064 is a ten-channel mixer, with six low noise microphone pre-amps. The six Mic/line inputs and two stereo inputs each feature a 3-band equalizer plus two Aux sends. The MDR1064’s master section includes two stereo Aux returns and a 2-track Input and Output for the playing back of stereo devices and for recording your mix. Clean, clear sound reproduction with sweet equalization and signal flexible routing in a rugged enclosure, ensure reliable high quality sound from performance to performance. Optimized for recording, live sound reinforcement and commercial installations, the MDR1064 is an ideal mixer solution offering big sound in a compact package.

MDR10 is a ten-channel mixer with ten low-noise microphone pre-amps, four output buses and a built-in 24-bit DSP effects processor.

the db1800a is a self-powered subwoofer featuring an 18” heavy duty driver, complemented by a 500 watt power amplifier.

The dB1500A is a self-powered subwoofer featuring a 15” heavy duty driver, complemented by a 500 Watt power amplifier. The dB1500a also offers an active stereo crossover providing a high-passed output for running your satellite speakers. Solid 3/4 inch plywood construction, steel corners, tough carpet covering and large casters make the dB1500a a road warrior. In fixed installation systems, the dB1500a provides super tight low frequency output in a relatively small, unobtrusive enclosure. The dB1500a is a perfect add- on to your dB500 and Expedition system, or for any sound reinforcement system where extended low-end is desired.

HP 241 Protein Sequencer (N+C) TFA Bottle Cap Remover Technical Note. This document introduces the HP G1000-20155 TFA bottle cap remover, which is used to safely remove the bottle cap from the TFA bottle in the HP 241 Protein Sequencer (N+C).

The N-to-C 4.0 and C-to-N 4.0 sequencer methods enable switching between the N-terminal and C-terminal sequencing chem- istry methods on the Hewlett- Packard column-based protein sequencer. The N-to-C 4.0 method is run when switching from the N-terminal to the C-terminal sequencing chem- istry. The column method pauses the column, while the flask method prepares a coordinated injection with the on-line HPLC to place the proper HPLC solvents in the HPLC binary pumps for the C-terminal chromatography. H N-to-C 4.0 and C-to-N 4.0 Protein Sequencer Methods Technical Note The C-to-N 4.0 method is run when switching from the C-terminal to the N-terminal sequencing chem- istry. The column method washes the column, while the flask method, in addition to washing the flask, prepares a coordinated injection with the on-line HPLC to place the proper HPLC solvents in the HPLC binary pumps for the N-terminal chromatography. These methods are generally run with a Zitex strip in an empty RP/SAX biphasic col- umn, but any column configuration is applicable. No column prepara- tion is required with this method. The methods are: • N-to-C 4.0 (column) • N-to-C 4.0 (flask) • Column wash 4.0 • Flask wash 4.0 The sequence program controls all of the column and flask methods, and well as any cycle exception methods. The N-to-C 4.0 and C-to-N 4.0 sequencer methods do not use a exception method. The Routine 4.0 sequencer methods require the bottle configuration shown. The reagents and solvents are

This document introduces the N-terminal 4.0 biphasic column protein sequencer methods of HP 241 protein sequencer, including N-terminal protein column 4.0, N-terminal protein column 4.0 (cycle 1), N-terminal peptide column 4.0, N-terminal peptide column 4.0 (cycle 1), N-terminal flask 4.0, PTH-Std 4.0, column prep 4.0 methods

This document describes the N-terminal protein membrane 4.0 sequencer methods for the HP 241 protein sequencer (N+C). These methods are suitable for N-terminal sequence analysis of most protein samples in the low nanomole to low picomole range.

This document describes the N-terminal sequencing methods and the use of PVDF or PTFE materials in the H HP 241 protein sequencer. These methods are suitable for N-terminal sequence analysis of most protein and peptide samples loaded on a Hewlett-Packard PVDF column, with concentrations ranging from low nanomoles to low picomoles. The document also outlines the method for column pre-treatment using a PVDF column.

The document describes the N-terminal PVDF 4.0 sequencer methods of HP 241 protein sequencer (N+C)

This document describes the implementation of the Edman degradation chemistry on Hewlett-Packard's column-based protein sequencer and its applicability for N-terminal amino acid sequence analysis of most protein and peptide samples in the nanomole to low picomole range.

This document describes the features of the PCA-6278 Dual Pentium III CPU Card, including dual Socket 370 Pentium III processors, high-performance VGA, dual 10/100 Base-T Ethernet, etc.

This document describes the advantages of fast scan rates with the Agilent 500 Ion Trap LC/MS. By increasing the scan rate, more data points can be acquired, improving chromatographic resolution.